皖江示范区产业转移和土地集约利用耦合关系研究

发布时间：2018-04-24 23:26

本文选题：区域产业转移 + 土地集约利用　；参考：《西安建筑科技大学》2017年硕士论文

【摘要】：区域产业转移和土地集约利用两个系统之间存在着相互影响和制约的关系,产业转移胁迫土地利用更加集约,土地的集约利用也会对产业转移产生反馈效果。当这二者之间形成协调、促进的发展关系时才能实现产业承接地区经济可持续发展的目标。为此,本文在阐明产业转移和土地集约利用耦合机理的基础上,将皖江示范区9个地级市作为研究案例,建立产业转移以及土地集约利用综合评价指标体系,运用全局主成分分析法计算出皖江示范区9市的产业转移和土地集约利用综合评价值,并将各个公因子得分进行分离,从而解释皖江示范区9市各自综合评价值得分高低的原因。其次,构建产业转移和土地集约利用的耦合协调度模型,计算各个城市2007~2014年间产业转移和土地集约利用的耦合度、耦合协调度和相对发展度,对其耦合协调发展状况进行时空演变与空间分异特征研究,探讨皖江示范区9市产业转移和土地集约利用二者之间的耦合协调发展状况。最后,通过Pearson相关分析方法对皖江示范区产业转移和土地集约利用系统的耦合协调度与其影响因素进行相关性分析,找出影响系统协调发展的问题。研究结果表明:(1)研究期内皖江示范区9个地级市产业转移水平和土地集约利用水平总体上不断提高,但各个城市间差异较大,发展极不平衡。由产业转移和土地集约利用综合评价值得分原因分析可知,与其他因子相比,资金投入-产出因子得分对各城市产业转移综合评价值得分影响最大,土地投入-产出因子得分对各城市土地集约利用综合评价值得分影响最大。(2)研究期内皖江示范区各地市产业转移和土地集约利用耦合协调程度整体上不断优化,但是其耦合协调水平总体上处于勉强协调阶段和初级协调阶段。耦合协调度分布存在明显的地域差异,耦合协调度高的城市连片分布,而耦合协调度低的城市分布相对分散。(3)由耦合协调度及其影响因素间的相关性分析可知,产业结构、城镇化率、土地投入产出效益是影响皖江示范区产业转移和土地集约利用系统耦合协调度最大的因素,因此可以通过加强产业优化升级、加快城镇化发展、加大土地投入产出效益来促进产业转移和土地集约利用的耦合协调发展。
[Abstract]:The relationship between regional industrial transfer and intensive land use has mutual influence and restriction. Industrial transfer coerces land use to be more intensive and the intensive use of land will also produce feedback effect on industrial transfer. Only when the relationship between them is coordinated and promoted can the target of sustainable development of regional economy be realized. Therefore, on the basis of clarifying the coupling mechanism between industrial transfer and intensive land use, this paper takes 9 prefecture-level cities in Wanjiang River demonstration area as research cases to establish a comprehensive evaluation index system for industrial transfer and intensive land use. The comprehensive evaluation values of industrial transfer and intensive utilization of land in 9 cities in Wanjiang demonstration area were calculated by using the global principal component analysis method, and the scores of each common factor were separated. Therefore, it explains the reasons why the comprehensive evaluation of 9 cities in the demonstration area of Anhui River is worth dividing. Secondly, the coupling coordination degree model of industrial transfer and land intensive utilization is constructed, and the coupling degree, coupling coordination degree and relative development degree of industrial transfer and land intensive utilization between 2007 and 2014 are calculated. The characteristics of spatio-temporal evolution and spatial differentiation are studied, and the coupled and coordinated development between industrial transfer and intensive land utilization in 9 cities in Wanjiang River demonstration area is discussed. Finally, through the Pearson correlation analysis method, the paper analyzes the coupling coordination degree of the industrial transfer and land intensive utilization system and its influencing factors, and finds out the problems that affect the coordinated development of the system. The results show that the industrial transfer level and land intensive utilization level of 9 prefecture-level cities in Wanjiang River demonstration area have been improved continuously during the period of study, but there are great differences among different cities and the development is extremely unbalanced. From the comprehensive evaluation of industrial transfer and intensive utilization of land, we can know that compared with other factors, the score of capital input-output factor has the greatest impact on the comprehensive evaluation of industrial transfer in each city. The land input-output factor score has a great impact on the comprehensive evaluation of intensive land use in each city.) during the study period, the coupling degree of industrial transfer and intensive land use in the demonstration area of Wanjiang River has been continuously optimized. However, the level of coupling coordination is generally at the stage of barely coordinating and primary coordination. There are obvious regional differences in the distribution of coupling coordination degree, the urban continuous distribution with high coupling coordination degree, while the urban distribution with low coupling coordination degree is relatively dispersed. (3) based on the analysis of the correlation between coupling coordination degree and its influencing factors, the industrial structure can be seen. The urbanization rate, the benefit of land input and output are the most important factors that influence the coupling and coordination between industrial transfer and land intensive utilization system in the demonstration area of Anhui River, so we can speed up the development of urbanization by strengthening industrial optimization and upgrading. Increase the benefit of land input and output to promote the coupling and coordinated development of industrial transfer and land intensive use.
【学位授予单位】：西安建筑科技大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：F127;F301.2

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